[Pkg-shadow-devel] Bug#89523: This function checks to see if the input image is an integer type; if so, we convert the data to single.

[Osmond A. Frederick]

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Performing such activities in a real vehicle may involve risk to the
driver and can increase costs due to the needed additional vehicle
safety devices. For example, you may need to compute the standard
deviation of the data values for each sensor.
Applying arrayfun with a cell array as an input will perform the
operation on each cell of the array as opposed to cellfun, which
operates on the contents of each cell (cell vs. Modeling Journal   The
Journal feature (Figure 5) enables you to measure all input activity on
the user's computer. The only tool for generalized operations on arrays,
which was available in prior versions of MATLAB, was a function called
cellfun. Consequently, nested functions let you simplify the code and
improve performance. A significant advantage of simulation-based vehicle
analysis is the ability to perform vehicle tests at various
limit-handling conditions. We then quantitatively analyzed the potential
hazards identified above in a process engineers refer to as hazard
testing activity. If time is a factor for a potential hazard or
potential mishap occurrence, investigate the timing constraints that the
potential hazard places on the design.
The yellow vehicle (left) is deviating from the desired path because of
unwanted activation of the subsystem. -   Site Help   -   Patents   -  
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available, we adopted as safety metrics for hazard testing existing
industry standards and government regulations for vehicle-level safe
tolerances. The plots show the path deviation due to unwanted activation
of the subsystem at different vehicle speeds. In this case, the
algorithm is the transformation of a single token location into a more
user-friendly format. Please refer to the documentation for more
information and examples (cellfun, arrayfun, structfun).
location(2);  sTransform. Nested functions provide a convenient
framework for creating a GUI application in which we can easily alter
the UI layout.
They are also inventing  ways to sequence the human genome that will
eventually enable doctors to develop treatments precisely calibrated to
individual patient genomes. 2971 Another example is the need to "clean"
data by replacing all NaNs with the average of the rest of the data. How
do we make a memory-efficient GUI like this example, which must process
a large dataset and perform some calculations on it, without creating
unnecessary temporary, intermediate variables? Using Simulink and
flexible third-party products, however, we were able to integrate
simulation and modeling tools without requiring additional development.
Model Weights   Each entity reported in the content section involves a
finite modeling effort.
Model Weights   Each entity reported in the content section involves a
finite modeling effort.
The handles we will use to access the values are available in some of
the variables from the main function.
CarSim and AMESim provide DLLs to represent the vehicle model and the
actuator model, respectively.
The metrics can then be refined in accordance with hazard testing
results for the specific vehicle and subsystem.
Consider sensor data stored in a scalar structure, where each field of
the structure contains data from a single sensor.
The yellow vehicle (left) is deviating from the desired path because of
unwanted activation of the subsystem.
The first displays an RGB image and a slider to select a threshold
parameter.
All vehicle and driver settings and inputs are passed to the DLL as
parameters and interfaces in a configuration file, so there is no need
to change the design of the current DLLs. The Task Timer tool (Figure 4)
reports the current actual time, as compared to a user-input expected
time, for each task.
Using tools from The MathWorks and third parties, we developed a
modeling and simulation method that supports a safety program for a
critical vehicle subsystem.
The plots indicate that the modeled behavior is nearly identical to the
actual vehicle behavior.
We associated the DLL with a custom S-function, which we here refer to
as the subsystem software S-function. Remember that we have a cell array
of structure arrays, and a function that operates on a single scalar
structure.
and Richard Schroeder, Six Sigma , DoubleDay Publications (2000). Toward
the bottom of the file, you can see checkRGB, indented for readability.
Snapshot of the simulated hazard test in animation.
The tool was built based on an aggregation of customer process
measurement requirements, using MathWorks products. Next, the code
initializes the GUI, including placing the controls and setting their
properties, such as position. Figure 5: The Modeling Journal Feature.
Performing such activities in a real vehicle may involve risk to the
driver and can increase costs due to the needed additional vehicle
safety devices.
To reorganize all of our data, we must reorganize each structure in each
cell of the data.
The plots in Figure 3 show our validation results.
SubStringData is a cell array of structure arrays, one cell for each
file, and one structure for each token in the file.
These include Practical Software and System Measurement (PSM) [8] and
Software Engineering Measurement and Analysis (SEMA) [9]. Practical
Software and System Measurement,  A Foundation for Objective Project
Management , Retrieved June 22, 2004 from www.
Nested functions provide a convenient framework for creating a GUI
application in which we can easily alter the UI layout. Here is a simple
example: sensorData.
This example is adapted from code used within The MathWorks to analyze
M-code. For presentation purposes, you may need a more user-friendly way
of storing and displaying the data.
You can run the Model Advisor at any time in the development cycle. It
keeps track of all keystrokes, mouse movement, and mouse clicks, as well
as the window in which the activity was performed.
Because the nested function can access and change variables in the outer
scope, there is less need to copy data, which can strain memory capacity
if data sizes are large.
Solving Large-Scale Problems Even with efficient numeric math and
algorithms, many computational tasks in the life sciences are too large
and complex to be handled by a single computer.
(2004), A Model-Based Design Approach .